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Published bySandra Millicent Small Modified over 9 years ago
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Figure 8.1 The formation of a memory trace
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Figure 8.2 Components of the classic Morris experiment
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Figure 8.2 Components of the classic Morris experiment (Part 1)
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Figure 8.2 Components of the classic Morris experiment (Part 2)
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Figure 8.2 Components of the classic Morris experiment (Part 3)
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Figure 8.3 NMDA receptors are composed of four subunits
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Figure 8.4 The NR1 subunit in CA1 is needed to produce LTP and place learning
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Figure 8.4 The NR1 subunit in CA1 is needed to produce LTP and place learning (Part 1)
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Figure 8.4 The NR1 subunit in CA1 is needed to produce LTP and place learning (Part 2)
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Figure 8.4 The NR1 subunit in CA1 is needed to produce LTP and place learning (Part 3)
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Figure 8.5 The ratio of NR1–NR2A and NR1–NR2B NMDA receptors shifts as the brain develops
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Figure 8.6 The Doogie mouse overexpresses the NR1–NR2B NMDA complex and displays enhanced memory
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Figure 8.6 The Doogie mouse overexpresses the NR1–NR2B NMDA complex and displays enhanced memory (Part 1)
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Figure 8.6 The Doogie mouse overexpresses the NR1–NR2B NMDA complex and displays enhanced memory (Part 2)
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Figure 8.7 Adult canaries experience seasonal variation in the expression of the NR2B subunit of the NMDA receptor
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Figure 8.8 Fear conditioning drives GluR1 receptors into the spine
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Figure 8.8 Fear conditioning drives GluR1 receptors into the spine (Part 1)
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Figure 8.8 Fear conditioning drives GluR1 receptors into the spine (Part 2)
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Figure 8.9 Rats with neurons containing nonfunctional GluR1 receptors display reduced fear memory
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Figure 8.9 Rats with neurons containing nonfunctional GluR1 receptors display reduced fear memory (Part 1)
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Figure 8.9 Rats with neurons containing nonfunctional GluR1 receptors display reduced fear memory (Part 2)
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Figure 8.10 Ampakines prolong the opening of AMPA receptors and enhance the rate of auditory fear conditioning
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Figure 8.11 The role of glutamate receptors in acquisition and retrieval of an odor–place memory
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Figure 8.12 The CaMKII-deficient mouse displays impaired place learning
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Figure 8.13 CaMKII is critical for rapid formation of a fear memory but not for fear memories produced with multiple training trials
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Figure 8.14 Fear conditioning phosphorylates CaMKII in the amygdala
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